Bio Building: Biophilic Buildings - The Eco-Friendly Concept of the Future — Biofilico Wellness Interiors
The concept of sustainable, eco-friendly, green, and now - biophilic buildings has been around for the past 20 years, helped along by organizations such as the Green Building Council that have dutifully guided developers, architects and corporations with their star certification system and LEED recognition.
The concept of biophilic architecture revolves around the principles associated with human healthcare, aiming to reconnect us with nature again. Biophilic buildings can also improve the general landscape, tipping the scale towards “greener”, more natural scenery, that ultimately benefit every part of our being. Constructing buildings using bio-based materials, such as timber, straw, and clay, offers sustainable and environmentally friendly alternatives to petrochemical and mineral-based materials, further enhancing the eco-friendly nature of these structures.
Sustainability movement with suitable rating systems for sustainable construction
Born of the massive recent upswing in urbanization and the resulting high-density cities that then put added strain on our planet, the green, biophilic building movement within the construction industry pushes an earth-friendly agenda onto our built environment by emphasizing sustainable practices and materials.
With over 92,000 projects using LEED in over 165 countries around the world and more than 2.2 million sq ft of built environment certified every single day, this is by far the most prominent rating system out there today.
LEED’s key tenets include energy, water, waste, location & transportation, sustainability of a site’s location and indoor environmental quality.
Moving beyond this green, eco philosophy though, more recently we have seen two concurrent trends that take the sustainability movement in a new direction.
Biophilic buildings & biophilic design in architecture using bio based materials
Like we said, there are a few trends that are currently directing the sustainability movement, including the use of bio based materials.
Firstly there is biophilic, nature-inspired design that adopts a similarly planet-oriented mindset yet zeroes in on how organic and evolution-friendly design principles can have a positive psychological and physiological health impact on humans. Plant based materials, such as timber, straw, reed, hemp, and engineered timber, play a crucial role in this by offering practical and sustainable options for construction. Engineered timber, in particular, stands out for its structural properties and sustainability, making it a key component in bio-based building technologies.
This planet + people mindset instantly gives biophilic design in architecture a more commercial edge, cutting through the externally oriented benefits of doing no harm to the planet with a more human-centric view of the built environment while also opening the door to overtly aesthetic choices that prioritize natural beauty.
When picturing or creating biophilic buildings in your mind - think vertical garden walls; air purifying plants; circadian lighting that follows the body’s daily rhythm; natural colors, patterns, textures and materials, all of which are designed to bring the outside world in, re-uniting city and countryside to create uplifting, restorative green spaces as closely aligned with our deep past as feasibly possible.
A holistic standard that advocates a healthy interrelationship with nature
Living Future is a holistic standard that has so far logged over 330 projects and 14.1 million square feet of built environment since 2008. Key concepts that it addresses include:
Place: restoring a healthy interrelationship with nature by maximizing the use of natural resources;
Water: creating developments that operate within the water balance of a given place and climate;
Energy: relying solely on current solar income;
Health + Happiness: creating environments that optimize physical and psychological health and wellbeing;
Materials: endorsing products that are safe for all species through time, including plant-based insulation materials like hemp and wood, which offer benefits such as moisture regulation and sustainability;
Equity: supporting a just, equitable world;
Beauty: celebrating design that uplifts the human spirit.
Introducing key proponents of human oriented buildings
The final segment, after eco/green/sustainable and bio/natural/organic comprises explicitly human or people-oriented buildings designed for human health, wellness and fitness, whilst also doing no harm to the planet through sustainable construction. Sustainable materials, such as timber, straw, hemp, and cork, offer numerous benefits in human-oriented building design, including reducing environmental impact, improving indoor air quality, and promoting resource efficiency. The use of local materials in bio-architectural residences further enhances sustainability by reducing transportation emissions and supporting local economies.
Key proponents of this approach are the WELL Building Standard and the US government-backed Centre For Active Design FITWEL standard.
WELL standard - environmentally oriented standard addressing global carbon emissions
WELL focuses on best practices when it comes to biophilic design in architecture and construction, backed by evidence-based medical and scientific research. To date, it has over 700 projects under its belt in 32 countries equating to 139 million sq ft of built environment. The standard covers eight key categories.
An evolution of green building standards such as LEED, the increasingly popular WELL Building Standard from Delos identifies 100 performance metrics, design strategies and policies that can be implemented across a building to have a positive impact on the health and wellness of its occupants, and transform it into something that can be described as a biophilic building. By incorporating bio-based materials, WELL also aims to improve indoor air quality, reducing the presence of harmful chemicals and VOCs, thus creating a healthier environment for the occupants.
WELL is complementary to other, more environmentally-oriented standards and in many instances directly overlaps as a nature-first approach is also inherently healthy for humans; the emphasis however is simply skewed towards the occupants rather than the environment. By using such materials, including plant-based and biocompatible options like plant fibers, timber, and straw, WELL promotes sustainable cultivation practices that integrate with forestry, agriculture, and conservation. The standard is happy to roam far and wide, from homes to offices, healthcare facilities, schools and restaurants.
FITWELL standard with a heavy data approach for indoor air quality
FITWEL, standing for Facility Innovations Toward Wellness Environment Leadership, was launched in March 2017 and has currently impacted over 250,000 building occupants with over 380 projects around the world. Volatile organic compounds (VOCs) are a significant concern in indoor air quality, and reducing VOCs through the use of green building materials can create a healthier environment for building occupants. They too take a heavily data-focused approach with a database of over 3000 academic studies backing up their efforts to inspire healthier workplaces and residential communities specifically.
Biophilic architecture concept
Biophilic buildings are supposed to represent something more other than sheer connection with nature. Biophilic design in architecture is here to bring necessary transformation in the field that is responsible for the greatest negative environmental impact, including reducing carbon emissions.
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